Used CINCINNATI 5FL12 #9119417 for sale

CINCINNATI 5FL12 is a machine tool commonly used in large-scale industrial manufacturing applications. Manufactured by CINCINNATI Machines, Inc., 5FL12 is a Floor Type Horizontal Boring Mill designed for repetitive and accurate machining. It is an electronically-controlled, powered spindle machine that is capable of performing operations such as boring, facing, and threading on large components in addition to traditional milling and drilling operations. CINCINNATI 5FL12 has a standard configuration that consists of two main components: a column and a floor-mounted base. This horizontal boring mill is designed to enable repeatable, accurate machining operations even in large workspaces. The floor-mounted base consists of a steel weldment that acts as a foundation for the rest of the machine. This base also contains horizontal support arms that extend out from the base, allowing for the height and weight of the column to be supported. This configuration helps users maintain stability when dealing with larger machining operations. The column of 5FL12 is pivotable and contains a 50 HP motor that powers a 42" diameter spindle equipped with a power feed. This spindle is supported by large bearings and is capable of rotating at speeds of up to 2000 rpm. In addition, it is equipped with a four-speed drives and feed rates that can reach up to 550 IPM. Along the column, a vertical slide way travels to ensure smooth operation. This system is supported by scale-feeds and electromagnets that allow for precise and repeatable operations. CINCINNATI 5FL12 also features a CNC Control unit with a graphical user interface that allows users to quickly program desired functions and machining operations. This control system also includes a large memory capacity, enabling users to store numerous machining programs and data. Overall, 5FL12 machine tool is known for its ability to accurately and quickly machine large components. Its CNC control and reliable spindle are built to ensure that operations can be completed in the quickest amount of time, while also yielding high-precision results. The expansive workspace and high RPM speeds also ensure that machining on larger parts can be completed with ease.